apparent rolling

简明释义

视摇摆

英英释义

例句

1.In the physics experiment, we observed the apparent rolling of the ball on the inclined plane.

在物理实验中，我们观察到球在斜面上的明显滚动。

2.During the animation, the character's apparent rolling made it look more dynamic.

在动画中，角色的明显滚动使其看起来更加生动。

3.The apparent rolling of the dice added an element of chance to the game.

骰子的明显滚动给游戏增添了偶然性。

4.The video showed the car's apparent rolling down the hill, which was surprising to the spectators.

视频显示了汽车的明显滚动下山，这让观众感到惊讶。

5.The apparent rolling of the logs in the river created a beautiful sight for the hikers.

河中木头的明显滚动为徒步旅行者创造了美丽的景象。

作文

The concept of apparent rolling is often encountered in various fields, including physics, engineering, and even in everyday life. To understand this term better, we can analyze its components: 'apparent' refers to something that is visible or easily perceived, while 'rolling' indicates a motion that involves turning over and over. When combined, apparent rolling describes a situation where an object appears to roll, but the actual mechanics behind it may differ from our initial perception.In physics, apparent rolling can be observed in certain scenarios involving circular motion. For instance, when a ball rolls down a slope, it may seem like it is rolling smoothly. However, if we examine the forces at play, we find that friction and gravity are working together to create the illusion of smooth rolling. This phenomenon is critical in understanding motion dynamics and can help engineers design better rolling mechanisms for vehicles and machinery.Moreover, apparent rolling can also be seen in animation and visual effects. In the world of film and gaming, animators often create sequences where objects appear to roll across the screen. This effect relies heavily on the principles of motion and perception. By manipulating speed, angle, and perspective, animators can achieve a convincing representation of rolling, even if the underlying animations do not follow the real-world physics of rolling.In everyday life, we experience apparent rolling in various ways. Consider a child playing with a toy car. To the child, the car rolls effortlessly across the floor. However, if we were to analyze the surface beneath the car, we might find that it is not as smooth as it seems. Small imperfections can cause the car to bounce slightly, creating a perception of rolling that differs from the reality of its movement. Understanding this distinction can enhance our appreciation for simple activities and the complex physics involved.Additionally, apparent rolling can have implications in sports. Take basketball, for example. A player dribbling the ball creates an illusion of rolling as the ball makes contact with the ground. The way the ball bounces and rolls can affect gameplay significantly. Players must learn to control this apparent rolling to improve their skills and strategies on the court.In conclusion, the term apparent rolling encapsulates a fascinating intersection of perception and reality. Whether in scientific contexts, artistic representations, or everyday experiences, understanding how and why things appear to roll can lead to deeper insights into motion and interaction. By exploring this concept further, we can enhance our comprehension of the world around us and appreciate the subtle complexities that govern our observations. Thus, apparent rolling serves as a reminder that what we see is not always the full story; there is often more beneath the surface waiting to be discovered.

“表观滚动”的概念在物理学、工程学甚至日常生活中经常遇到。为了更好地理解这个术语，我们可以分析其组成部分：“表观”指的是可见或易于感知的事物，而“滚动”则表示一种涉及翻转的运动。当结合在一起时，“表观滚动”描述了一种情况，即一个物体似乎在滚动，但其背后的实际机制可能与我们的初步感知不同。在物理学中，“表观滚动”可以在某些圆周运动的场景中观察到。例如，当一个球沿着斜坡滚下时，它可能看起来像是平滑地滚动。然而，如果我们检查作用于它的力，我们会发现摩擦和重力共同作用，创造了平滑滚动的错觉。这种现象对于理解运动动力学至关重要，可以帮助工程师设计更好的车辆和机械的滚动机制。此外，“表观滚动”也可以在动画和视觉效果中看到。在电影和游戏的世界中，动画师经常创建物体在屏幕上滚动的序列。这种效果在很大程度上依赖于运动和感知的原理。通过操控速度、角度和视角，动画师可以实现令人信服的滚动表现，即使底层动画并不遵循现实世界中的滚动物理。在日常生活中，我们以各种方式体验“表观滚动”。想象一个孩子在玩玩具车。对孩子来说，车子在地板上轻松滚动。然而，如果我们分析车子下面的表面，可能会发现它并不像看起来那样光滑。小的缺陷可能导致车子轻微地反弹，创造出一种与其运动现实不同的滚动感知。理解这种区别可以增强我们对简单活动及其复杂物理学的欣赏。此外，“表观滚动”在体育运动中也可能具有影响。例如篮球。运球的球员创造了一种滚动的错觉，因为篮球与地面的接触。球的弹跳和滚动方式可以显著影响比赛。球员必须学习控制这种“表观滚动”，以提高他们在球场上的技能和策略。总之，术语“表观滚动”概括了感知与现实之间的迷人交集。无论是在科学背景、艺术表现还是日常体验中，理解事物为何以及如何看似滚动可以深入了解运动和互动。通过进一步探索这一概念，我们可以增强对周围世界的理解，并欣赏支配我们观察的微妙复杂性。因此，“表观滚动”提醒我们，所见未必是真相；往往还有更多的东西在表面之下等待被发现。